mock

type Command struct {
	// RunFor is the duration for which the fake task runs for. After this
	// period the MockDriver responds to the task running indicating that the
	// task has terminated
	RunFor string `codec:"run_for"`

	// ExitCode is the exit code with which the MockDriver indicates the task
	// has exited
	ExitCode int `codec:"exit_code"`

	// ExitSignal is the signal with which the MockDriver indicates the task has
	// been killed
	ExitSignal int `codec:"exit_signal"`

	// ExitErrMsg is the error message that the task returns while exiting
	ExitErrMsg string `codec:"exit_err_msg"`

	// SignalErr is the error message that the task returns if signalled
	SignalErr string `codec:"signal_error"`

	// StdoutString is the string that should be sent to stdout
	StdoutString string `codec:"stdout_string"`

	// StdoutRepeat is the number of times the output should be sent.
	StdoutRepeat int `codec:"stdout_repeat"`

	// StdoutRepeatDur is the duration between repeated outputs.
	StdoutRepeatDur string `codec:"stdout_repeat_duration"`

	// StderrString is the string that should be sent to stderr
	StderrString string `codec:"stderr_string"`

	// StderrRepeat is the number of times the errput should be sent.
	StderrRepeat int `codec:"stderr_repeat"`

	// StderrRepeatDur is the duration between repeated errputs.
	StderrRepeatDur string `codec:"stderr_repeat_duration"`
	// contains filtered or unexported fields
}

type Config struct {
	FSIsolation string `codec:"fs_isolation"`

	// ShutdownPeriodicAfter is a toggle that can be used during tests to
	// "stop" a previously-functioning driver, allowing for testing of periodic
	// drivers and fingerprinters
	ShutdownPeriodicAfter bool `codec:"shutdown_periodic_after"`

	// ShutdownPeriodicDuration is a option that can be used during tests
	// to "stop" a previously functioning driver after the specified duration
	// for testing of periodic drivers and fingerprinters.
	ShutdownPeriodicDuration time.Duration `codec:"shutdown_periodic_duration"`
}

type Driver struct {
	// contains filtered or unexported fields
}

type MockTaskState struct {
	StartedAt time.Time
}

type TaskConfig struct {
	Command

	ExecCommand *Command `codec:"exec_command"`

	// PluginExitAfter is the duration after which the mock driver indicates the
	// plugin has exited via the WaitTask call.
	PluginExitAfter string `codec:"plugin_exit_after"`

	// StartErr specifies the error that should be returned when starting the
	// mock driver.
	StartErr string `codec:"start_error"`

	// StartErrRecoverable marks the error returned is recoverable
	StartErrRecoverable bool `codec:"start_error_recoverable"`

	// StartBlockFor specifies a duration in which to block before returning
	StartBlockFor string `codec:"start_block_for"`

	// KillAfter is the duration after which the mock driver indicates the task
	// has exited after getting the initial SIGINT signal
	KillAfter string `codec:"kill_after"`

	// DriverIP will be returned as the DriverNetwork.IP from Start()
	DriverIP string `codec:"driver_ip"`

	// DriverAdvertise will be returned as DriverNetwork.AutoAdvertise from
	// Start().
	DriverAdvertise bool `codec:"driver_advertise"`

	// DriverPortMap will parse a label:number pair and return it in
	// DriverNetwork.PortMap from Start().
	DriverPortMap string `codec:"driver_port_map"`
	// contains filtered or unexported fields
}